基于工业互联网的离子渗氮工艺远程运维系统研究

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中图分类号：TP311；TG156 文献标识码：A 文章编号：2096-4706（2026）05-0156-05

Research on the Remote Operation and Maintenance System of lon Nitriding Process Based on Industrial Internet

LUO Chi， LIU Jie， LIN Xiangzhi （School of Electric Power and Intelligent Manufacturing， Guangzhou Huali Science and Technology Vocational College， Guangzhou ， China）

Abstract：This study focuses onexploring the remote operation and maintenance system for the ion nitriding process intheindustrialinteretenvironmentIntersofrseachmethods，itintegratesindustrialsnsors，dgecomputingandcloud platformtechnologiestorealizereal-timecolectionandremote monitoringof processparameters.Thesystemachievesecondlevel response speed for remote parameter adjustment， with a fault early warning accuracy rate of over 92% .It also increases the qualification rate of nitriding parts by 5% and reduces energy consumption by 8% .With“perception-transmission-analysisapplication”asitscore，theplatfomlayercombinesdigital twinandalgorithms tocompleteparameterpredictionandfaultearly warning.Thissystemeffectivelybreaks throughthelimitationsoftraditionaloperationandmaintenancemodes，providingsolid technical support for the intelligent and digital upgrading of ion nitriding equipment.

Keywords： nitriding; process parameter; remote operation and maintenance; industrial intermet

0 引言

在制造业智能化转型的大背景下，离子渗氮技术作为一种高效的表面处理工艺，通过在金属表面形成高硬度氮化层，已被广泛应用于航空航天、汽车制造、模具加工等多个领域。（剩余6886字）